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Ampache
AGPL-3.0Ampache is an open-source music streaming server that replaces Spotify with private audio streaming, Subsonic API support, and full library control.
Open-source alternative to — compare it against:
Overview
Ampache has provided self-hosted audio and video streaming since 2001, running on standard PHP and MySQL or MariaDB infrastructure. The platform scans local media directories by extracting embedded tags and streams playback directly to web browsers, mobile apps, and network receivers. Homelab administrators use it to manage multi-user music streaming from private storage without cloud dependencies.
Why Ampache instead of Spotify
Spotify operates on a closed ecosystem where listening habits, skips, and timestamps are tracked and monetized, while track availability remains subject to licensing disputes. When distributor agreements expire, tracks vanish from saved libraries without warning. Ampache establishes local custody over audio collections: the server runs on private hardware, indexes stored files, and transmits no external telemetry. Playlists, play counts, and ratings remain inside a local database, preventing remote distributors from altering personal archives.
The core distinction is catalog access versus infrastructure ownership. Spotify provides millions of commercial tracks and algorithmic radio in exchange for a recurring monthly fee. Ampache supplies no audio of its own; administrators must acquire, tag, and store their own files. Remote streaming requires configuring reverse proxies, PHP extensions, and Subsonic-compatible mobile players like Symfonium or DSub. For homelab operators prioritizing privacy, format preservation, and uncompressed playback, that setup overhead delivers durable control.
What it does well
- Multi-protocol streaming: Exposes Subsonic, OpenSubsonic, UPnP/DLNA, DAAP, and WebDAV backends to connect mobile apps, desktop players, and home audio receivers.
- Two-way tag synchronization: Reads embedded ID3, Vorbis, and FLAC metadata during scans and can write rating adjustments directly back to audio files.
- Dynamic on-the-fly transcoding: Uses
ffmpegto transcode unsupported formats on demand, applying per-user bitrate caps that protect mobile data limits. - Granular account governance: Manages multiple user accounts with discrete permissions, stream quotas, and independent playback histories across shared hardware.
- Smart playlist generation: Builds automated track rotations from SQL metadata queries, track ratings, and play history without third-party tracking services.